An overview of the miRNA array, covering its mechanism for quantifying gene expression and how the resulting data provides insight into biological processes.
Understand the neomycin cassette, an engineered DNA segment used to select for genetically modified cells by conferring antibiotic resistance in a lab setting.
An overview of GLP-1 agonists, explaining how these medications mimic a natural hormone to regulate blood sugar, slow digestion, and reduce appetite signals.
Discover how the Onecut1 protein acts as a critical regulator of gene expression, shaping organ systems and influencing human health and metabolic disease.
Explore how psychosis can present outside of a standard diagnosis and the clinical process of identifying and addressing its distinct underlying causes.
Explore the dynamic of parentification, a role reversal where a child assumes adult responsibilities, and understand its influence on adult identity and well-being.
Understand the spike protein's mechanism for viral entry and how this same structure is safely used in vaccines to instruct a protective immune response.
In 1978, the death of the last smallpox victim, a year after its eradication, traced back to a lab accident and led to new global pathogen safety protocols.
Wnt proteins are vital communicators that orchestrate cellular function. Understand how this essential signaling maintains health and drives disease when imbalanced.
Scientific consensus on how COVID-19 spreads has evolved. Understand the evidence for airborne transmission and what it means for assessing daily risk.
Investigate a crucial shift in Earth's climate history when ice age cycles grew longer and more intense, a planetary change with complex and debated causes.
Learn how the CD3ε protein functions as a key component in the T-cell receptor, translating antigen recognition into the signals that drive immune activation.
Understand the complete recovery journey for incisions from minimally invasive surgery, from immediate post-op care to the final appearance of the healed site.